Study on the Analysis of Medicine Residues in Animal Origin Food; canna grown especially for its edible rootstock from which arrowroot starch is obtained. 动物源性食品中药物残留检测的研究美人蕉属植物,根茎可食,是食用淀粉的来源。
Pulses are a good source of protein for vegetarians. canna grown especially for its edible rootstock from which arrowroot starch is obtained. 对于素食者来说,豆类食物是蛋白质的理想来源.美人蕉属植物,根茎可食,是食用淀粉的来源。
Content of anthocyanins in the flower of3 varieties of canna was determined with Fulekimethod. 全果中花色甙(花菁啶3葡萄糖甙)的含量比较高,是理想的制取花色甙类天然色素的原料。
It was also the term they used for "bee bread", or pollen, which was considered the food of the immortals. canna grown especially for its edible rootstock from which arrowroot starch is obtained. 他们还把蜜蜂的食料,即花粉,也当作长寿食品。美人蕉属植物,根茎可食,是食用淀粉的来源。
She Canna take much more! 她没办法再承受了!
Any plant of the genus Canna having large sheathing leaves and clusters of large showy flowers. 美人蕉属植物,有巨大的具鞘叶和巨大耀眼的簇生花。
Canna Artificial Wetlands for Urban Wastewater Treatment 美人蕉人工湿地对城市生活污水的净化研究
The characters of red pigment form canna flower were studied in this paper. 主要研究了美人蕉花红色素的提取及其稳定性。
The hardness of leaves with leather texture ( such as fresh bamboo and lilac) is higher, while that with wax texture ( such as lotus and canna) is lower. 其中革质鲜叶片(毛竹,紫丁香)表面硬度较大,蜡质叶片(水莲,美人蕉等)硬度较小;
A Primary Study on Construction of Plant Expression Vectors for the MT Gene of Mice and Transformation to Aquatic Canna 金属硫蛋白(MT)基因植物表达载体的构建及其在水生美人蕉中表达的初步研究
The flask ethanol fermentation Conditions of Canna edulis Ker were studied. 对芭蕉芋糖化液的三角瓶酒精发酵条件进行了研究。
The effects of kinds of catalysts, amounts of sodium hypochlorite and reaction time on oxidation of the Canna starch were investigated. 本文探讨了催化剂的种类、次氯酸钠的用量和反应时间对芭蕉芋淀粉氧化反应的影响。
Studies on the Introduction and Cultivar Classification of Canna 美人蕉属(Canna)植物引种与品种分类研究
Study on Flask Ethanol Fermentation conditions of Canna edulis Ker 芭蕉芋糖化液酒精发酵条件研究
Cloning and Sequence Analysis of cDNA of Chalcone Isomerase Gene from Canna generalis Bailey 大花美人蕉查尔酮异构酶基因的cDNA克隆和序列分析
Canna edulis Ker development and research 芭蕉芋开发研究
This paper was based on the background of China industrial development of fuel ethanol, introduced the plant nature of Canna edulis Ker, the characters of its starch, and the experiment of ethanol fermentation. 本文基于我国燃料乙醇产业发展的战略背景,介绍和说明芭蕉芋植物的基本情况、芭蕉芋淀粉的性质以及芭蕉芋原料酒精发酵的试验。
A Study on the Modification of the Canna Starch 芭蕉芋淀粉糊特性及改性研究
A Study on the Canna Starch 芭蕉芋淀粉的研究
Water hyacinth and Canna were the best species to remove phosphorus, with removal rate of 98. 08% and 97. 49% respectively and they were significant differences with other treatments. 对磷的去除效果以美人蕉和水葫芦最好,去除率分别达98.08%和97.49%,且与风车草、香根草和对照处理有显著差异;
Effect of Root Zone Water of Canna indica on Algae Growth 美人蕉种植根区水对藻类生长的影响
Study on the Stability of Red Pigment form Canna Flowers 美人蕉花红色素的提取及稳定性的研究
Research on Treatment Technology of Wastewater From Glycerol Production by Fermentation with Canna Edulis Ker 以芭蕉芋为原料发酵甘油废水处理技术的研究
This paper studied the purification effect of P, N by planting water hyacinth, Canna, Cyperus and Vetiver in a floating culture system and the change of ammonifying bacteria flock and total alkaline phosphate activity in pig farm wastewater. 研究利用漂浮栽培系统栽培水葫芦、美人蕉、风车草、香根草对养猪场废水的净化效果及对水体中氨化细菌和碱性磷酸酶的影响。
Results showed that the sequence of inhibition effect of three plants was Acorus calamus, orris and canna. 结果表明,对藻的抑制作用菖蒲>鸢尾>美人蕉。
Cd treatment changed the soil microenvironment of canna plants rhizosphere, improved the quantity of microbial community, reduced the soil enzyme activities, and affected the activation and utilization of the soil mineral elements in the rhizosphere. Cd处理改变了根际土壤微环境,提高了微生物的数量,降低了根际土壤酶活性,影响了根际土壤矿质元素的活化和利用。
Research advances on Canna taxonomy and cultivars classification were reviewed, cultivars origin and evolution process were discussed, the principles of Canna cultivars classification were proposed. 阐述了美人蕉属植物学分类和品种分类的研究进展,探讨了美人蕉属品种的起源与演化过程,提出美人蕉属品种分类的基本原则。
Cattail can assimilate more nitrogen and phosphorus than canna, and it was more obvious in the case of high pollutant concentration. 4. 所栽种的两种植物中,香蒲能比美人蕉吸收同化更多氮磷,高浓度时对氮磷污染物的去除作用更为明显。